Algenesis Labs Celebrates ACS Green Chemistry Award for Breakthrough in Biodegradable Polyurethane
Algenesis Labs Triumphs with ACS Green Chemistry Challenge Award
Algenesis Labs, a pioneering sustainable materials science company based in San Diego, has received the esteemed 2026 ACS Green Chemistry Challenge Award in the Small Business category. This award distinguishes Algenesis for its innovative product, Soleic®, which comprises a line of plant-based, fully biodegradable polyurethane materials. Soleic® not only aims to replicate the performance of conventional petroleum-based products but does so while ensuring microplastics are entirely absent from the end product.
Recognized as one of the highest honors in sustainable chemistry, the ACS Green Chemistry Challenge Award celebrates advancements that enhance both human health and the environment. Algenesis will formally accept this accolade at the ACS Fall 2026 Meeting scheduled for August 26, 2026, in Chicago.
A Remarkable Achievement in Sustainability
Dr. Stephen Mayfield, the CEO and Co-Founder of Algenesis Corporation, expressed his pride in receiving this recognition. He highlighted the company's belief that substantial advancements in tackling global pollution crises can be achieved without an extensive R&D budget. “Winning in the Small Business category affirms our mission to combat the growing issue of microplastic accumulation in oceans, soil, and ultimately in our bodies. This acknowledgment from ACS reinforces that our scientific approach is valid and timely,” said Dr. Mayfield.
The Soleic® platform is a unique offering that features polyurethane materials including polyols, isocyanates, thermoplastic polyurethanes, and foams sourced from plant materials that do not interfere with food supply. Soleic® has been USDA BioPreferred® certified, demonstrating a biobased content that varies between 56% to 100%. Remarkably, these materials retain key properties such as durability, flexibility, and abrasion resistance akin to conventional polyurethane but are designed to biodegrade fully in compost, soil, and marine environments.
Environmental Impact and Performance
Creating sustainable plastics goes beyond merely substituting raw materials; it involves a comprehensive approach to reducing greenhouse gas emissions, transitioning away from fossil fuels, and eradicating persistent microplastics. The Soleic® platform tackles all these facets effectively, boasting a 50% to 65% reduction in greenhouse gas emissions compared to traditional petroleum-based solutions, according to independent assessments conducted by TrueNorth Collective.
Unlike conventional plastics that degrade into microplastics, Soleic® undergoes true mineralization, breaking down into carbon dioxide (CO₂) and biomass with no residual harmful substances. Its biodegradation has been verified under the ASTM D5338 and ISO 14855 standards, while its ecological impact has been corroborated by OECD 208 plant growth tests.
Significance in Today's World
The significance of addressing microplastic pollution cannot be overstated. Research indicates that footwear alone releases up to 400,000 tonnes of microplastics into the environment annually, accounting for 15% to 20% of total sole mass production worldwide. A crucial 2025 study published in Nature Medicine confirmed microplastic accumulation in human organs including kidneys, livers, and brains. Moreover, a 2025 report from Duke University estimated the U.S. social cost of plastic pollution at a staggering $1.1 trillion per year.
Algenesis has published 17 peer-reviewed papers illustrating the rapid biodegradation of Soleic® microplastics, contrasting starkly with petroleum-derived microplastics that can linger in the environment for centuries.
About Algenesis Labs
Born out of UC San Diego, Algenesis Corporation specializes in developing bio-based, fully biodegradable polyurethane materials designed to eliminate microplastic pollution. Soleic® provides high-performance alternatives for various applications, including footwear and apparel, while achieving 50% to 65% lower greenhouse gas emissions than conventional options. This innovation is a significant stride toward a sustainable future free of microplastics. For more information, visit Algenesis Labs.
Media Contact:
Sandra Watts, Director of Marketing
Algenesis Corporation
Email: [email protected]
Topics Consumer Products & Retail）
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